Kohler-Rehlko KD15 440 diesel fuel tank
The Kohler-Rehlko KD15 440 diesel tank is an essential component in fuel management for industrial and agricultural engines. This device is designed to optimize diesel flow, ensuring a constant and efficient supply to the injection systems of compatible engines. Its robust construction and functional design make it a suitable choice for various applications in the agricultural and industrial sectors.
Product Features
- Manufacturing materials: The despoito is made with high-strength materials, ensuring its durability under demanding working conditions.
- Compatibility: This model is compatible with a variety of Kohler and Rehlko engines, making it versatile for different types of machinery.
- Ergonomic design: Its design allows for easy integration into existing systems, facilitating its use in various engine configurations.
Applications
Kohler-Rehlko KD15 440 diesel fuel is primarily used in agricultural machinery engines, such as tractors and combine harvesters, as well as in industrial equipment that requires a constant supply of fuel. Its adaptability to different working environments makes it ideal for applications ranging from agriculture to construction and heavy industry.
Related models
This spare part is part of a range of products designed to work with engines from the same brand. Related models include:
- Kohler KD13
- Kohler KD20
- Rehlko KD10
Maintenance and care
To ensure optimal performance of the diesel tank, regular maintenance is recommended. This includes checking connections and cleaning filters, if applicable. Proper maintenance helps prolong component life and maintain the integrity of the engine's fuel system.
Conclusion
The Kohler-Rehlko KD15 440 diesel fuel tank is a key component for the efficient operation of engines in industrial and agricultural applications. Its design and compatibility with various engine models make it a practical and functional option for those seeking a reliable fuel supply. Attention to maintenance and proper model selection ensure optimal performance under a variety of operating conditions.